blog

An Omnidirectional Wheel-leg Robot That is Also Transformable

The robot design

This Omnidirectional Wheel-leg Robot also called OmniWheg robot was created by researchers at Worcester Polytechnic Institute recently. This robot system can adapt its configuration while navigating its surrounding environment seamlessly, changing from a wheeled to a legged robot. This robot, introduced in an IEEE IROS 2022 paper, pre-published on arXiv, is based on an updated version of the so-called “whegs,” a series of mechanisms design to transform a robot’s wheels or wings into legs.

The researchers make they research on ‘anthropomorphization’. Qadruped and biped robots have been growing in popularity, and that might the reason why they making research on ‘anthropomorphization’ that the general audience commonly engages in, Prof. Andre Rosendo one of the researchers who developed the robot. While legs make robots more relatable, giving them a human- or animal-like quality, they are not always the optimal solution to ensure that robots complete tasks quickly and efficiently this is the key idea behind the recent work by Rosendo and his colleagues.

The wheel-leg robot

The team thus set out to create a system that can switch between different mechanisms instead of developing a robot with a single locomotion mechanism, hence Omnidirectional Wheel-leg Robot. In a series of studies that focused on a variety of real-world interior settings, including dodging obstacles, ascending steps of various heights, and turning or moving in all directions, the researchers assessed the performance of their OmniWheg system. . The team’s innovation may also serve as an inspiration for the creation of similar omnidirectional wheeled systems.

Read More

Conclusion

This Omnidirectional Wheel-leg Robot is just so amazing and its performance comes in handy at different terrains. Getting this robot on a DIY platform is just what makers and hobbyists need.

smartechlabs

Recent Posts

How IoT is Revolutionizing Precision Farming for Smallholders

Introduction Imagine a world where farming decisions are guided not just by intuition but by…

14 hours ago

AI-Powered Crop Harvesting: Benefits and Challenges

Introduction Imagine a world where robots and artificial intelligence (AI) handle the backbreaking work of…

15 hours ago

AI Models for Predicting Drought Impact on Crop Yields

Introduction AI models for drought prediction, and made you ever wondered how farmers and researchers…

15 hours ago

DIY IoT Hydroponic & Aquaculture Monitor with Arduino Nano, ESP-01, and Blynk

https://youtu.be/PpIlTJ0myoM Introduction: Why Bother Monitoring Water Anyway? IoT Aquaculture project If you’ve ever tried growing…

2 weeks ago

The Role of Food in Korean Movies and Dramas

Introduction The role of Food in Korean Movies The Role of Food in Korean Movies…

3 weeks ago

How To Build An IoT Home Automation & Surveillance with ESP32 Cam, Arduino & Blynk

Introduction https://youtu.be/Dfv_-Rp0FEw Imagine being able to switch off your lights, monitor your room, or get…

3 weeks ago

This website uses cookies.